Development and application of web information system in enterprise management under SSH framework

Abstract

With the development of information technology in society, many enterprises have set a set of enterprise information management systems for themselves. This paper proposes an Enterprise Management Information System based on the SSH framework for the Web. Firstly, the key technology in Web, Java 2 Platform, Enterprise Edition (J2EE), is combined with Spring-Strut-Hibernate (SSH) framework, and a lightweight solution of J2EE Web application is adopted to build a Web application with a clear structure, good reusability, and easy maintenance in a short period. The functional design and development process of the information system is explored and studied in detail, and computer software design and development technologies, tools, and methods are used to build an information solution for the enterprise project management business. The internal functions of the system are divided into project planning, implementation, suspension, change, evaluation, and result management, which can provide information technology tools to support the enterprise project management business according to its actual content and management mode. All key information of this system is stored in the database, and the database tables can be divided into system-like tables and project-like tables according to the design and definition classification. Finally, the implementation of some major functional modules in this system. The integration of the system SSH and the main public functions are implemented, and then the details of how the key functions such as user login, project information filling, and auditing are implemented in the enterprise project management information system, and how the document generation function is implemented after project approval. In this paper, the enterprise management information system performance test showed that the system response time, average occupancy rate of CPU, and memory during the test have reached the expected requirement. The maximum response time of 2.423 seconds, CPU and memory (physical) maximum average occupancy rate of 21.24% and 25.25%, respectively, all conform to the requirements of the performance index.